Bioreactor/Fermenter Combinations TRIZ Cases

See how concentrated solar thermal energy and biogas-derived power drive hydrothermal liquefact

See how an adjustable bolt mechanism allows a laboratory cabinet's interior door to open indepe

See how a heated rotating bed with bottom heating and material spreading prevents adherence and

See how magnetic coupling and sealed bearings isolate drive components from hydrogen peroxide v

See how machine-readable codes on food packaging enable automatic temperature and time configur

See how a rotatable shaft-based stand enables compact vertical stacking of incubators while pre

See how a humidifying module uses superheated steam and dynamic water-level control to recover

See how a tapered path and rolling element prevent drawer retraction unless fully extended, ens

See how a segmented pass box with pressure-controlled chambers reduces vapor exposure time whil

See how concentrated solar thermal energy and anaerobic digester biogas combine to power HTL re

See how a thermoelectric Peltier module integrates cooling and heating in a flexible condenser

See how a removable sterilizing cabinet on a mobile cart handles both collectively and individu

See how a controllable-transparency door with phase change material maintains incubator tempera

See how vertical double glass plates with light-scattering layers and airlift circulation incre

See how a multifunction cooking range integrates high-precision temperature control and fluid a

See how a heat spreader with embedded sensors and anisotropic materials resolves temperature no

Light-scattering glass plates and airlift circulation improve algae irradiation and concentration while reducing water evaporation in sunny, arid sites.

A deformable sealing closure isolates biological samples in liquid nitrogen, preventing cross-contamination during cryopreservation and vitrification.

A heat pipe in the culture gas duct returns condensate to the humidifying pan, suppressing dew and stabilizing chamber humidity.

A flat disposable condenser bag with thermoelectric cooling removes moisture from bioreactor gas streams while recovered heat helps prevent filter clogging.

Downflow air curtains and automatic placement-surface cleaning cut sterilization cycles while limiting aerosol leakage between cell cultures.

A helical vane and upstream gas injection port improve gas-liquid transfer in pipe flow, raising dissolved gas levels without recirculation.

A robotic arm shields and reopens sterile fluid tubing during enclosure decontamination, avoiding glove puncture and chemical diffusion.

Alternating hot and cold fluid through a porous microfluidic exchanger speeds PCR thermal cycling while improving temperature precision.

Phase change material in an insulated chamber stabilizes incubator temperature, speeds recovery, and maintains conditions during power outages.

Chemical or phase-change warmers keep enzymatic solutions near optimal temperature for cell dissociation without incubators or electronic heaters.

A stepped lower section fits 15 ml and 50 ml tubes securely while a larger perpendicular filter area reduces clogging and maintains aseptic handling.

A sliding hinge lets the front housing slide out, then pivot open for easier service access with less climate disruption.

Dry-impregnating dehydrated reaction medium through a porous support improves microorganism detection while protecting heat-sensitive components.

Adjustable rack post spacing locks shelf receivers in place, preventing accidental separation during rack removal and height changes.

A heat pipe condenses vapor in the duct and returns water to the humidifying pan, suppressing dew and helping keep culture conditions stable.

Activated latent reactive groups let nanofibers covalently bond to substrates and immobilize biomolecules with a simpler, material-flexible process.

Micro-Peltier junctions and waste heat channels enable precise local heating and cooling in microfluidic chambers while limiting PDMS seepage.

Temperature-responsive nanofibers create cell culture surfaces that simplify surface modification and enable controlled binding or release of bioactive materials.

Detachable shelves on a rotatable upright improve incubator access, cleaning, and retrofit without heavy integrated mechanics.

A concentrator-homogenizer-diffuser module evens concentrated sunlight in photobioreactors to prevent overheating and improve photosynthesis efficiency.

Liquid convection, thermo-electric control, and heat spreaders replace air heating to deliver rapid, uniform micro-well tray temperature control.